Cable and Connector Architect

A Cable and Connector Architect at NVIDIA is responsible for defining and leading the product roadmap for high-speed cables and connectors. This includes specifying detailed requirements, collaborating with customers and vendors, conducting root cause analysis of mechanical issues, prototyping, and ensuring design for manufacturability. You will also be navigating the mechanical and signal integrity trade-offs essential for high-performance connectors.

To apply for the Cable and Connector Architect role at NVIDIA, candidates should have a B.S. or higher in Electrical Engineering, complemented by strong Mechanical Engineering knowledge. A minimum of 8 years of experience in high-speed cable and connector design is essential. Proven skills in product roadmap development and collaboration with cross-functional teams are also critical.

In the role of a Cable and Connector Architect, your contribution to innovation comes from your ability to balance technical requirements with a forward-thinking vision. By specifying clear requirements and leading designs rooted in advanced engineering understanding, you facilitate the development of cutting-edge high-speed interconnect solutions that push the boundaries of technology.

Essential skills for a Cable and Connector Architect include a deep understanding of mating issues, connector mechanics, and high-speed performance limitations. Experience with high-speed design tools, collaboration with customers and vendors, and excellent communication skills are also crucial for success in this role.

NVIDIA stands out as an employer for a Cable and Connector Architect due to its commitment to innovation and the unique opportunity to work with some of the brightest minds in technology. With an emphasis on diversity, collaboration, and a supportive environment, you'll be part of a team that values creativity and encourages you to make a significant impact in your field.

In responding to this question, focus on your relevant projects and technologies you have worked with. Highlight specific techniques you've employed, challenges you've overcome, and the results of your work. Discuss how your background in Mechanical and Electrical Engineering contributes to your understanding of high-speed designs.

Emphasize your analytical skills and your method for evaluating and integrating the requirements of both mechanical design and signal integrity. Discuss any tools or methodologies you use and provide examples of situations where you successfully navigated these trade-offs in previous projects.

Illustrate your communication and negotiation skills by discussing a particular situation where you faced disagreements. Focus on the importance of collaboration, active listening, and finding common ground to achieve the best outcome for the project.

Prepare a case study of a challenging design problem you encountered in a previous role. Discuss the problem, your thought process, the actions you took to analyze it, and the solution you implemented, as well as the impact it had on the project.

Discuss specific techniques or methodologies you have employed for root cause analysis, such as the 5 Whys or Fishbone diagrams. Provide an example from your experience where these methods led you to a successful resolution of a mechanical issue.

Describe your approach to ensuring manufacturability and reliability in designs. Discuss collaborating with manufacturing teams, utilizing design for manufacturability principles, and performing verification tests to validate that designs meet specified standards.

Mention relevant software tools and methodologies you are proficient in, such as FEA, thermal analysis tools, or lab measurement techniques. Provide examples of how these tools have played a critical role in your previous projects.

Discuss your commitment to continuous learning by mentioning specific sources such as industry journals, webinars, or conferences. Share examples of how you have applied the latest technologies or findings to your work.

Convey your passion for innovation by discussing specific trends or technologies in high-speed interconnect solutions that you find particularly exciting. Connect this excitement back to how your skills align with these advancements.

Express your enthusiasm for NVIDIA's innovative spirit and commitment to technological advancement. Relate your professional goals to NVIDIA’s mission, and highlight how you are excited about contributing your skills to a team known for excellence in engineering.